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Accessibility Design Checklist For Inclu

Accessibility Design Checklist For Inclu gpt prompt mini thumbnail
GPT-4O
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Accessibility Design Checklist for Inclusive Products This prompt provides a structured approach to ensuring inclusive design practices, enabling products to be accessible and usable by everyone, regardless of ability.
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3 weeks ago

Prompt Details

Model
Chat - GPT-4o (gpt-4o)
Token size
88 ($0.00440 / call)
Example input
[specific product or platform]: an e-learning platform [specific audience or inclusivity goals]: students with diverse physical and cognitive abilities
Example output
### Accessibility Design Checklist for E-Learning Platforms #### 1. **General Guidelines and Compliance** - **Follow WCAG Standards**: Ensure compliance with Web Content Accessibility Guidelines (WCAG) 2.1 at Level AA at a minimum. Level AAA compliance should be a goal for critical elements. - **Universal Design Principles**: Adopt universal design to cater to the widest range of abilities and preferences. - **Keyboard Navigation**: Ensure that all features are operable via keyboard alone, without requiring a mouse. - **Semantic HTML**: Use appropriate semantic HTML elements to ensure proper structure and accessibility for screen readers. - **ARIA Roles**: Implement ARIA (Accessible Rich Internet Applications) roles and properties where necessary for dynamic content. #### 2. **Visual Impairments** - **Text Alternatives**: - Provide descriptive alt text for all images, charts, and graphics. - Use detailed long descriptions (`<longdesc>` or linked text) for complex images or infographics. - **Contrast Ratios**: - Maintain a minimum contrast ratio of 4.5:1 for text and 3:1 for large text. - **Scalability**: - Support text resizing up to 200% without loss of content or functionality. - **Screen Reader Compatibility**: - Ensure navigation elements, labels, and form fields are compatible with screen readers. - Avoid using images of text; if unavoidable, provide a textual alternative. - **Color Independence**: - Do not use color alone to convey information; pair with text, patterns, or shapes. #### 3. **Auditory Impairments** - **Captions and Transcripts**: - Provide synchronized captions for all video content. - Include transcripts for both audio and video content. - **Sign Language Support**: - Offer sign language interpretation for essential or complex video content where possible. - **Visual Alerts**: - Use visual indicators alongside audio alerts to convey critical information. #### 4. **Cognitive Impairments** - **Simple and Consistent Navigation**: - Use a clear, consistent layout with intuitive navigation. - **Readable Content**: - Write in plain language, avoiding jargon or complex sentences. - Use bullet points and headings to structure content. - **Time Management**: - Provide mechanisms to pause, stop, or extend timed activities. - **Error Recovery**: - Offer clear instructions for correcting errors and prevent data loss (e.g., auto-saving forms). - **Focus Indicators**: - Ensure focus states are visible and use mechanisms to prevent users from becoming disoriented. #### 5. **Motor Impairments** - **Accessible Interactions**: - Provide large, clickable targets for buttons and links. - Avoid complex gestures; use simple, single-tap or click actions. - **Alternative Input Methods**: - Ensure compatibility with switch devices, eye-tracking, and speech recognition software. - **Adjustable Timing**: - Allow users to adjust or disable timed interactions or tests. - **Drag-and-Drop Alternatives**: - Offer alternatives for drag-and-drop actions, such as keyboard-based controls. #### 6. **Testing Across Assistive Technologies** - **Screen Readers**: - Test with popular screen readers (e.g., JAWS, NVDA, VoiceOver). - **Magnification Tools**: - Test compatibility with screen magnifiers and zoom features. - **Switch Devices**: - Ensure seamless interaction with switch input devices. - **Speech Recognition Software**: - Verify functionality with voice command tools like Dragon NaturallySpeaking. - **Mobile Accessibility**: - Test usability on mobile devices with accessibility features enabled. #### 7. **Best Practices for Accessibility Maintenance** - **Accessibility Review**: - Include accessibility checks in design and development sprints. - **User Testing**: - Engage users with diverse abilities for usability testing. - **Accessibility Tools**: - Use automated tools like Axe, Lighthouse, or WAVE for ongoing audits. - **Style Guides**: - Develop an accessibility-focused style guide for consistency. - **Continuous Training**: - Train team members on accessibility standards and practices. - **Accessibility Statement**: - Publish an accessibility statement outlining platform compliance and feedback mechanisms. #### 8. **Recommended Tools** - **Design Phase**: - Color Contrast Analyzers (e.g., WebAIM Contrast Checker). - Inclusive design guidelines (e.g., Microsoft's Inclusive Design Toolkit). - **Development Phase**: - Accessibility linters for code (e.g., eslint-plugin-jsx-a11y). - ARIA Authoring Practices Guide. - **Testing Phase**: - Screen reader testing (e.g., NVDA, VoiceOver, JAWS). - Browser extensions for accessibility audits (e.g., Axe, WAVE). - **Content Creation**: - Captioning tools (e.g., Amara, Otter.ai). - Transcript generators (e.g., Descript). #### 9. **Lifecycle Integration** - **Plan**: - Define accessibility goals and requirements during project planning. - **Design**: - Create wireframes and prototypes with accessibility annotations. - **Develop**: - Use inclusive coding practices and perform regular audits. - **Test**: - Perform manual and automated accessibility testing before launch. - **Launch and Maintain**: - Monitor accessibility over time and address user-reported issues promptly. This checklist provides a comprehensive foundation to ensure your e-learning platform is accessible to students with diverse physical and cognitive abilities.
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